Memory effects in classical and quantum mean-field disordered models

Abstract

We apply the Kovacs experimental protocol to classical and quantum p-spin models. We show that these models have memory effects as those observed experimentally in super-cooled polymer melts. We discuss our results in connection to other classical models that capture memory effects. We propose that a similar protocol applied to quantum glassy systems might be useful to understand their dynamics.

24 pages, 12 figures

References in corpus (9)

• Kovacs effects in an aging molecular liquid
• Stress-aging in the electron-glass
• The Kovacs effect in model glasses
• History-dependent relaxation and the energy scale of correlation in the Electron-Glass
• Dynamics of the Destruction and Rebuilding of a Dipole Gap in Glasses
• Kovacs effect and fluctuation-dissipation relations in 1D kinetically constrained models
• Field-induced structural aging in glasses at ultra low temperatures
• A Dynamical Study of the Quantum p=2 Spherical Model
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Cited by in corpus (16)

• Memory formation in matter
• Nonmonotonic Aging and Memory Retention in Disordered Mechanical Systems
• Kovacs-like memory effect in driven granular gases
• Giant Kovacs-Like Memory Effect for Active Particles
• The Kovacs effect: a master equation analysis
• Kovacs Effect in a Fragile Glass Model
• Memory effects in the relaxation of the Gaussian trap model
• Kovacs effect in facilitated spin models of strong and fragile glasses
• The Kovacs effect in the one-dimensional Ising model: a linear response analysis
• Quantum quenches in isolated quantum glasses out of equilibrium
• Memory in Non-Monotonic Stress Response of an Athermal Disordered Solid
• Non-equilibrium memory effects: granular fluids and beyond
• Memory Effects in the Standard Model for Glasses
• Kovacs Effect in Glass with Material Memory Revealed in Non-Equilibrium Particle Interactions
• Aging in the trap model as a relaxation further away from equilibrium
• Kovacs effect in solvable model glasses